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Introduction to DPSIR
Framework
Han Wang
March 9th, 2012
What is it?
• A strategy for Integrated
Environment Assessment
(IEA) adopted by European
Environment Agency (EEA)
• As an approach to manage
environmental problems, it
presents:
– indicators needed to enable
feedback to policy makers on
environmental quality
– resulting impact of the political
choices made, or to be made
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Driver
Pressure
State
Impact
Response
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Example
• Water resource management
– State of waters
• How is it? (nutrients, pesticides, heavy metals, …)
• How much is there? (runoff, availability, demands, …)
– Time trends
• Getting better or worse?
• Within or outside agreed limits?
– What is causing the problems?
– Pressures on the environment
• Human
• Industrial
• Agricultural
– State of actions or policies
• Are they working towards targets?
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elements. A generic DPSIR framework for water is shown in Figure 4.
Figure 4: A generic DPSIR framework for water
Responses
Driving
Forces
!
Water use restrictions
Alternative supplies
Subsidised water prices
Improved information
Demand side management
Voluntary agreements
Regional conflicts
Waste water treatment
Ban on products
Reservoirs
Industry
Energy
Agriculture
Aquaculture
Households
Tourism
Climate
Geology
Pressures
Climate change
Point source pollution
Diffuse source pollution
Water abstraction
Physical intrusions
Water quantity
Groundwater status
Ecological status:
chemical
physical
biological
State
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Loss of habitats/species
Ill health
Droughts/floods
Desertification
Salinisation
Loss of amenity
Coastal erosion
Non-indigenous species
Eutrophication
Acidification
Impacts
Water
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The state of water is determined by natural factors such as geology and climate and also by
the pressures exerted by human activities. Many of the pressures and the underlying driving
devices and reduction of water leakage in distribution systems.
Figure 5: DPSIR conceptual framework for assessing water quantity resources
Responses
Driving
Forces
!
Industry
Energy
Agriculture
Aquaculture
Households
Tourism
Climate
Overall reservoir stocks
Water prices
Water use efficiency
Water leakage
Pressures
Climate change
Total abstractions
Sectoral water use:
agriculture, industry
households, tourism
Available water
State
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Freshwater shortage,
Modification of streamflows
Saltwater instrusion
Groundwater levels
Impacts
Water Quantity
5
Organic pollution and eutrophication
The effects on the aquatic environment of organic pollution, caused by discharges from waste
Informatics & Semantics
• Informatics provides interoperability
among diverse and heterogeneous data
and information sources
• Semantic web technologies capture
knowledge from data
• DPSIR domain ontology
• Information products (figures, tables)
are produced to present the elements of
DPSIR
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DPSIR Ontology
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Summary
• DPSIR is an approach for
environment/ecosystem assessment.
• It identifies five different classes of
indicators, which can be mapped to the
needs of environmental
management/evaluation.
• Ontology with DPSIR helps.
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References
•
•
•
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P. Kristensen, The DPSIR Framework, Workshop on a comprehensive / detailed
assessment of the vulnerability of water resources to environmental change in
Africa using river basin approach, UNEP Headquarters, Nairobi, Kenya,
September 2004.
P. S. Levin, M. J. Fogarty, G. C. Matlock, and M. Ernst, Integrated Ecosystem
Assessment, NOAA Technical Memorandum NMFS-NWFSC-92, June 2008
S. Karetsos, D. Haralampopoulos, and K Kotis, An Ontology-based framework
for Authoring Tools in the Domain of Sustainable Energy Education.
P. Fox and A. Mafffei, Facilitating Next Generation Science Collaboration:
Respecting and Mediating Vocabularies with Semantics in Ecosystems
Assessments. AGU 11 IN33E-01, December 2011.
P. Fox, A. Maffei, M. DiStefano, S. Lawrence, and C. Chandler. The Integrated
Ecosystems Assessment Initiative – Enabling the Assessment of Impacts on
Large Marine Ecosystems: Informatics to the Forefront of Science Based
Decision Support.
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